SSRN Home Search and Download Papers Browse Abstract and Paper Submission Subscribe to Networks View Briefcase Top Papers Top Authors Top Institutions

 

Abstract

 


 


Download | Share | Email | Add to Briefcase | Buy Hard Copy

Internet Access to Court Records - Balancing Public Access and Privacy

Natalie M. Gomez-Velez
City University of New York - CUNY School of Law



Loyola Law Review, Vol. 51, p. 365, 2005

Abstract:     
Federal and state courts across the country are becoming publicly accessible as never before. Growing reliance on computer technology generally and on the Internet specifically, has made the prospect of placing court case records and information online via the Internet a reality. Yet as courts around the country are discovering, difficult policy questions arise as courts move from paper to electronic records, move beyond providing online access to court calendars and docket information, and begin making case files themselves available over the Internet. This article addresses the current debate between public access and privacy in courts around the country as many courts begin providing Internet access to court docket information and case records.

Keywords: courts, court records, Internet, privacy, transparency, secrecy

JEL Classifications: K40, K30, K10

Accepted Paper Series

Date posted: May 25, 2006 ; Last revised: May 25, 2006

Suggested Citation

Gomez-Velez, Natalie M., Internet Access to Court Records - Balancing Public Access and Privacy. Loyola Law Review, Vol. 51, p. 365, 2005. Available at SSRN: http://ssrn.com/abstract=904209


Export to: Export Citation What's this?

Contact Information

Natalie M. Gomez-Velez (Contact Author)
City University of New York - CUNY School of Law ( email )
65-21 Main Street
Flushing, NY 11367-1300
United States
Feedback to SSRN (Beta)


Paper statistics
Abstract Views: 1,605
Downloads: 150
Download Rank: 56,377

© 2009 Social Science Electronic Publishing, Inc. All Rights Reserved. Terms of Use  Privacy Policy
This page was served by apollo2 in 0.109 seconds.